51 to 60 of 611 Results
Jul 2, 2026 -
Data associated with article "Abrupt transition to irreversible damage in the overdrafted Sacramento Valley aquifer system"
Rich Text Format - 2.8 KB -
MD5: d15a75b4ea524214f1121e414cc02c39
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Jul 2, 2026 -
Data associated with article "Abrupt transition to irreversible damage in the overdrafted Sacramento Valley aquifer system"
Plain Text - 82 B -
MD5: 5a837c8e8117b3f6b30768172c11c4b6
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Jul 2, 2026 -
Data associated with article "Abrupt transition to irreversible damage in the overdrafted Sacramento Valley aquifer system"
Plain Text - 129 B -
MD5: bab23984c55436388a071d89c76fd78d
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Jul 2, 2026 -
Data associated with article "Abrupt transition to irreversible damage in the overdrafted Sacramento Valley aquifer system"
Plain Text - 1.1 KB -
MD5: edfb84eff5f760ae6b0f23907ef7f73a
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Jul 2, 2026 -
Data associated with article "Abrupt transition to irreversible damage in the overdrafted Sacramento Valley aquifer system"
ZIP Archive - 5.3 GB -
MD5: 4ebc8156535c900a7e1a814ad04987c2
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Jun 30, 2026
Aubert, Julien, 2026, "Replication Data for: Geodynamo simulations spanning millennia in the physical conditions of Earth's core", https://doi.org/10.18715/IPGP.2026.mm0sx2m0, IPGP Research Collection, V2, UNF:6:P84hHLyzpdzZ1qE1S+gYhg== [fileUNF]
This dataset contains the Supplementary Spreadsheet and the core surface magnetic field, velocity field and magnetic diffusion data from cases U, G, N, C, GC and GL. |
Jun 30, 2026 -
Replication Data for: Geodynamo simulations spanning millennia in the physical conditions of Earth's core
MATLAB Data - 19.6 MB -
MD5: ec91abc143fcaf5d0c12314886d856dc
Magnetic field data for case G |
Jun 30, 2026 -
Replication Data for: Geodynamo simulations spanning millennia in the physical conditions of Earth's core
MATLAB Data - 19.6 MB -
MD5: b7ba34f5a776ce33aa6f00e642504e40
Magnetic diffusion data for case G |
Jun 30, 2026 -
Replication Data for: Geodynamo simulations spanning millennia in the physical conditions of Earth's core
MATLAB Data - 39.0 MB -
MD5: 28bc28d63a7ced895e42930ddc15b819
Core surface velocity data from case G |
Jun 26, 2026
Romon, Céleste; Métivier, François; Lajeunesse, Eric, 2026, "Data, code and supplementary video of the evolution of a drainage network in the laboratory.", https://doi.org/10.18715/IPGP.2026.mkwu7tie, IPGP Research Collection, V1, UNF:6:wfIyG/RuN5GEkdfZ+moHew== [fileUNF]
During rain, water infiltrates the soil and accumulates in the aquifer, where it flows as groundwater. When groundwater emerges at the surface with sufficient force, it erodes the landscape and forms rivers. We reproduce this process in a laboratory experiment to investigate how... |
